Advanced ultra-high strength steels are highly desirable for a wide range of engineering
applications. Nanoscale co-precipitation strengthening in steels has received increasing …

The development of three-dimensional (3-D), characterisation techniques with high spatial
and mass resolution is crucial for understanding and developing advanced materials for …

This work is to clarify such pending issues as the formation paths, diversity patterns,
segregation modes and magnetic effect of Ni/Mn shell-coated Cu-rich particles in Fe-15at …

Control of discontinuous and continuous precipitation is crucial for tailoring the
microstructure and mechanical properties of NiAl-strengthened steels. Through a …

We report on the alloy design strategies, precipitation mechanism and mechanical
properties of an ultra-high strength steel hardened by co-precipitation of nanoscale NiAl and …

The strength-ductility trade-off has been the most challenging problem for structural metals
for centuries. Nanoprecipitation strengthening is an ideal approach to enhance the strength …

There is an increasing demand for ultrahigh-strength ferritic steels strengthened by
nanoprecipitates. Improvement of the precipitation strengthening response requires an …

High-strength low-carbon ferritic steels attaining a maximum yield strength of 1600áMPa by
combined Cu and NiAl precipitation-strengthening were developed. The yield strength of the …

Precipitates play significant roles in materials design but in-depth understanding of the
evolution of nano-scale precipitates in complex martensitic steels is still limited. In this study …

Nanoscale precipitation and its influence on the strengthening mechanisms in low-carbon
ultra-high-strength steel, hot-rolled at different temperatures and subjected to various …